         elements (-> (inherit-overflow-bounds layer-en-place)
                    element-seq
                    vec)]
-    (log/trace "render-layer-into-container elements" elements)
-    #_(log/info "render-layer-into-container layer-en-place" (zc/tree->str layer-en-place))
+    #_(log/trace "render-layer-into-container elements" elements)
+    #_(log/trace "render-layer-into-container layer-en-place" (zc/tree->str layer-en-place))
     (doseq [element elements]
-      (log/debug "render-layer-into-container element" element)
+      #_(log/debug "render-layer-into-container element" element)
       (render-component-into-container target element))))
                     
 (defn log-layer [^"[[Ljava.lang.Object;" layer-container]

          (assert (vector? fg))
          (assert (vector? bg))
          (let [^"[Ljava.lang.Object;" target-line (aget target target-y)
                max-x (min overflow-max-x(count target-line))
                target-x (int (+ x dx))]
            (when (< min-x target-x max-x)
              (log/trace "rendering pixel x:" target-x " y:" target-y " " pixel " max-x:" max-x " max-y:" (count target))

        overflow-bounds (or overflow-bounds (layout->bounds layout))
        [overflow-min-x overflow-min-y overflow-max-x overflow-max-y] overflow-bounds
        ;; bounds for overflow/target container (whichever is smaller)
        min-x (dec (max 0 overflow-min-x))
        min-y (dec (max 0 overflow-min-y))
        max-y (min overflow-max-y (count target))
        lines (last img-element)]
    (log/debug "render-img-into-container layout " layout)
